Which of the following alcohols will not unde | vedclass

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(B) $1$. Primary $(1^{\circ})$ alcohols react with $Cu / \Delta$ to undergo dehydrogenation, forming aldehydes.$2$. Secondary $(2^{\circ})$ alcohols r

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$Ph-C(Ph)(Ph)-OH$

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(B) $1$. Primary $(1^{\circ})$ alcohols react with $Cu / \Delta$ to undergo dehydrogenation, forming aldehydes.$2$. Secondary $(2^{\circ})$ alcohols react with $Cu / \Delta$ to undergo dehydrogenation, forming ketones.$3$. Tertiary $(3^{\circ})$ alcohols generally undergo dehydration in the presence of $Cu / \Delta$ to form alkenes because they lack an $\alpha$-hydrogen atom.$4$. However, $Ph-C(Ph)(Ph)-OH$ (Triphenylmethanol) is a tertiary alcohol that lacks both $\alpha$-hydrogen atoms (for dehydrogenation) and $\beta$-hydrogen atoms (for dehydration). Therefore, it does not react with $Cu / \Delta$ under standard conditions.$5$. $CH_3-C(CH_3)(CH_3)-OH$ (tert-butyl alcohol) can undergo dehydration to form isobutylene. Thus, the correct answer is $B$.

Which of the following alcohols will not undergo dehydrogenation or dehydration when treated with $Cu / \Delta$?

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